QUESTION 1 What happens to the stability of a molecule when an electron is removed from the system? O If the electron is in a bonding orbital, the stability decreases; if the electron is in an antibonding orbital, the stability increases If the electron is in a bonding orbital, the stability increases; if the electron is in an antibonding orbital, the stability decreases The stability increases regardless of if the electron was in a bonding or antibonding orbital. The stability decreases regardless of if the electron was in a bonding or antibonding orbital.

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ISBN:9781133611097
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Chapter9: Covalent Bonding: Orbitals
Section: Chapter Questions
Problem 57E: Use Figs. 4-54 and 4-55 to answer the following questions. a. Would the bonding molecular orbital in...
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QUESTION 1
What happens to the stability of a molecule when an electron is removed from the system?
If the electron is in a bonding orbital, the stability decreases; if the electron is in an antibonding orbital, the stability increases.
If the electron is in a bonding orbital, the stability increases; if the electron is in an antibonding orbital, the stability decreases.
The stability increases regardless of if the electron was in a bonding or antibonding orbital.
The stability decreases regardless of if the electron was in a bonding or antibonding orbital.
Transcribed Image Text:QUESTION 1 What happens to the stability of a molecule when an electron is removed from the system? If the electron is in a bonding orbital, the stability decreases; if the electron is in an antibonding orbital, the stability increases. If the electron is in a bonding orbital, the stability increases; if the electron is in an antibonding orbital, the stability decreases. The stability increases regardless of if the electron was in a bonding or antibonding orbital. The stability decreases regardless of if the electron was in a bonding or antibonding orbital.
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